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Introduction to Abaqus/CFD for Multiphysics Applications6.14
About this CourseCourse objectivesUpon completion of this course you will be able to:Set up and create CFD and FSI models with AbaqusPerform CFD analyses with AbaqusPerform FSI analyses with AbaqusPostprocess CFD and FSI resultsTargeted audienceSimulation AnalystsPrerequisitesNone2 days
Day 1Lecture 1Review of CFD FundamentalsLecture 2IntroductionLecture 3Getting Started with Abaqus/CFDWorkshop 1Unsteady flow across a circular cylinderLecture 4CFD Modeling Techniques – Part 1Workshop 2Fluid flow through a pipe with a constriction
Day 2Lecture 5CFD Modeling Techniques – Part 2Lecture 6Getting Started with FSI Using Abaqus/CFDWorkshop 1Unsteady flow across a circular cylinder (continued)Lecture 7FSI Modeling TechniquesWorkshop 3Antilock braking systemLecture 8Postprocessing CFD/FSI AnalysesWorkshop 4Heat transfer analysis of a component-mounted electronic circuit board
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Revision StatusLecture 15/14Updated for 6.14Lecture 25/14Updated for 6.14Lecture 35/14Updated for 6.14Lecture 45/14Updated for 6.14Lecture 55/14Updated for 6.14Lecture 65/14Updated for 6.14Lecture 75/14Updated for 6.14Lecture 85/14Updated for 6.14Workshop 15/14Updated for 6.14Workshop 25/14Updated for 6.14Workshop 35/14Updated for 6.14Workshop 45/14Updated for 6.14
Lesson 1: Review of CFD Fundamentalswww.3ds.com Dassault SystèmesLesson content:OverviewWhat is CFD?Numerical Simulation of Physical PhenomenaComputational Solid Mechanics (CSM) vs. Computational Fluid Dynamics (CFD)CFD BasicsGoverning EquationsDiffusion and AdvectionFlow FeaturesHeat Transfer in Fluid DynamicsNon-dimensional Quantities in CFDInitial and Boundary ConditionsSolution MethodologyTurbulence ModelingReferences1.5 hoursL1.1
Lesson 2: Introductionwww.3ds.com Dassault SystèmesLesson content:MultiphysicsAbaqus MultiphysicsExtended MultiphysicsMultiphysics CouplingAbaqus/CFDFluid-Structure Interaction (FSI)Native FSI using AbaqusTarget ApplicationsSystem and Licensing RequirementsExecution Procedure2 hoursL2.1
Lesson 3: Getting Started with Abaqus/CFDwww.3ds.com Dassault SystèmesLesson content:CFD Simulation WorkflowSetting up CFD AnalysesCase Study 1: Flow around a Rigid Circular CylinderCase Study 2: Flow around an Oscillating Rigid Circular CylinderModeling Heat TransferModeling TurbulenceWorkshop PreliminariesWorkshop 1: Unsteady flow across a circular cylinder2 hoursL3.1
Lesson 4: CFD Modeling Techniques – Part 1www.3ds.com Dassault SystèmesLesson content:Material PropertiesMeshingIncompressible Flow Analysis ProcedureSolution AlgorithmLinear Equation SolversPressure Equation SolversMomentum Equation SolversEquation Solver OutputWorkshop 2: Fluid flow through a pipe with a constriction2 hoursL4.1
Lesson 5: CFD Modeling Techniques – Part 2www.3ds.com Dassault SystèmesLesson content:Initial ConditionsBoundary ConditionsPrimary Turbulence Variables and Turbulence Flow FeaturesTurbulence ModelingBody ForcesHeat SourcesPorous Media ModelingUser SubroutinesOutputDeforming MeshesMonitoring a CFD Calculation2 hoursL5.1
Lesson 6: Getting Started with FSI using Abaqus/CFDwww.3ds.com Dassault SystèmesLesson content:Setting up FSI AnalysesCase Study 3: Flow around a Spring-loaded Rigid Circular CylinderFSI Analyses with Shells/MembranesConjugate Heat Transfer AnalysesWorkshop 1 (continued): Unsteady flow across a circular cylinder2 hoursL6.1
Lesson 7: FSI Modeling TechniquesLesson content:www.3ds.com Dassault SystèmesFSI Analysis WorkflowFSI Analysis AttributesConjugate Heat TransferWorkshop 3: Antilock braking system2 hoursL7.1
Lesson 8: Postprocessing CFD/FSI Analyseswww.3ds.com Dassault SystèmesLesson content:Abaqus/CAE TipsIsosurfacesView CutsVector PlotsStream Toolset (Instantaneous Particle Traces)Workshop 4: Heat transfer analysis of a component-mounted electronic circuit board2 hoursL8.1
Lecture 6 Getting Started with FSI Using Abaqus/CFD Workshop 1 Unsteady flow across a circular cylinder (continued) Lecture 7 FSI Modeling Techniques Workshop 3 Antilock braking system Lecture 8 Postprocessing CFD/FSI Analyses Workshop 4 Heat transfer analysis of a component -mounted electronic circuit board .
